And you know this - how?geust wrote:yellowstone will not erupt in the next 10,000 years
Possiblygeust wrote:when it does it will be a ice age
geust wrote:the whole world will be covered in 4ft of ash
Yellowstone hasn't erupted in the last 200 years. The last (small) eruption was 70,000 years ago.geust wrote:as it will be over 100 times worse than the last eruption that was within the last 200 years.
A Person wrote:Guest wrote:Plus there is a lot of things we can do to prepare for this super eruption like by extra food maybe some gas masks make an underground shelter I mean these are all good ideas that we could be doing instead of waiting to die. I bet they can predict that it's going to erupt soon and there is enough evidence.
We should continue to monitor it - indeed improve our monitoring (are you listening Bobby Numbnuts Jindal?) but it it does erupt, then an underground shelter or a gas mask isn't going to help. Having an evacuation plan with a package of food, water and other necessities ready to go so that you can get as far away as possible as quickly as you can is a much better idea.
Guest wrote: the whole plant is gonna get covered in ash eventually where do u want us to go the moon?
I am one of the monitors of the NEO Project for NASA, we also get daily reports from the Yellowstone Geologist's and I can assure you all, this generation is perfectly safe... so don't go into wide spread panic just yet.
In the event Yellowstone does erupt, good luck with your plan batman... hope you have the batmobile handy!
-Beliel
SouthernFriedInfidel wrote:Liv wrote:Scientist have been measuring the recent rising of the north lake which has moved as much as meter in certain areas while moving into the near by surrounding woods. This along with multiple earthquakes indicate the impending events that are likely to take place soon.
When will it happen?
I saw a show about this on some channel a month or so back. They said that recent measurements of the crust beneath Yellowstone indicate that the magma chamber down there is maybe 10% liquid. Until it gets about 70%, there's no danger of an eruption.
So it's safe to ignore it and go back to worrying about global warming, nuclear winter and killer asteroids.
QUESTION: What is the chance of another catastrophic volcanic eruption at Yellowstone?
ANSWER: Although it is possible, scientists are not convinced that there will ever be another catastrophic eruption at Yellowstone. Given Yellowstone's past history, the yearly probability of another caldera—forming eruption could be calculated as 1 in 730,000 or 0.00014%. However, this number is based simply on averaging the two intervals between the three major past eruptions at Yellowstone — this is hardly enough to make a critical judgement. This probability is roughly similar to that of a large (1 kilometer) asteroid hitting the Earth. Moreover, catastrophic geologic events are neither regular nor predictable.
US Geological Survey
QUESTION: How far in advance could scientists predict an eruption of the Yellowstone volcano?
ANSWER: The science of forecasting a volcanic eruption has significantly advanced over the past 25 years. Most scientists think that the buildup preceding a catastrophic eruption would be detectable for weeks and perhaps months to years. Precursors to volcanic eruptions include strong earthquake swarms and rapid ground deformation and typically take place days to weeks before an actual eruption. Scientists at the Yellowstone Volcano Observatory (YVO) closely monitor the Yellowstone region for such precursors. They expect that the buildup to larger eruptions would include intense precursory activity (far exceeding background levels) at multiple spots within the Yellowstone volcano. As at many caldera systems around the world, small earthquakes, ground uplift and subsidence, and gas releases at Yellowstone are commonplace events and do not reflect impending eruptions.
A Person wrote: They couldn't even deal with a skiff of snow.
No one important. wrote:If this super volcano does erupt, ash will cover the whole of America, people will die from ash overload on their rooftops and be buried beneath their houses. Im more worried about the after effects tbh as i live in uk..
This is the eruption history they know of..
2.1 million years ago,
1.3 million years ago
... and 640 thousand years ago, so this cycle suggests another one is brewing.. sad times. Also you can hardly compare this to St.Helens.. a show about it said the The Pyroclastic surges from a super eruption at Yellowstone could extend up to 100 kilometres from the volcano and travel at the speed of sound, due to the sheer force..
ALSO
stratosphere in the atmosphere above the highest clouds that you can see and what happens is when an eruption occurs and that sulphuric acid gets into the stratosphere there aren't clouds or water there to actually bring it out, the problem
is that it can stay there for years and years.
The aerosols create a veil that deflects sunlight away from the earth causing temperatures to drop. How dramatic the drop depends on how much is released, and you know a hell of a lot will be realeased, as we know its a damn super volcano... The same thing happened in greenland 110 thousand years ago..
"While Yellowstone's geological history suggests that there will be another super eruption at some stage in the future scientists agree that the chances of it happening in our lifetime are extremely remote" Do we need to worry about this, so much..?
My personal opinion is I have great faith in humanity, I think f something like this did occur the nations of the planet would pull together because resources would be so limited that they would have to be shared so I would see this as an opportunity for humanity to show itself in it's true light.
meeeeee wrote:i say we cover yellow stone park completly in plastic wrap and make it like super thick.if that dont work. we all die.woohoo.i cnt wait.
Yellowstone National Park's supervolcano just took a deep "breath," causing miles of ground to rise dramatically, scientists report.
The simmering volcano has produced major eruptions—each a thousand times more powerful than Mount St. Helens's 1980 eruption—three times in the past 2.1 million years. Yellowstone's caldera, which covers a 25- by 37-mile (40- by 60-kilometer) swath of Wyoming, is an ancient crater formed after the last big blast, some 640,000 years ago.
Since then, about 30 smaller eruptions—including one as recent as 70,000 years ago—have filled the caldera with lava and ash, producing the relatively flat landscape we see today.
But beginning in 2004, scientists saw the ground above the caldera rise upward at rates as high as 2.8 inches (7 centimeters) a year.
The rate slowed between 2007 and 2010 to a centimeter a year or less. Still, since the start of the swelling, ground levels over the volcano have been raised by as much as 10 inches (25 centimeters) in places.
"It's an extraordinary uplift, because it covers such a large area and the rates are so high," said the University of Utah's Bob Smith, a longtime expert in Yellowstone's volcanism.
Ground deformation can suggest that magma is moving toward the surface before an eruption: The flanks of Mount St. Helens, for example, swelled dramatically in the months before its 1980 explosion.
But there are also many examples, including the Yellowstone supervolcano, where it appears the ground has risen and fallen for thousands of years without an eruption.
According to current theory, Yellowstone's magma reservoir is fed by a plume of hot rock surging upward from Earth's mantle.
When the amount of magma flowing into the chamber increases, the reservoir swells like a lung and the surface above expands upward. Models suggest that during the recent uplift, the reservoir was filling with 0.02 cubic miles (0.1 cubic kilometer) of magma a year.
When the rate of increase slows, the theory goes, the magma likely moves off horizontally to solidify and cool, allowing the surface to settle back down.
Based on geologic evidence, Yellowstone has probably seen a continuous cycle of inflation and deflation over the past 15,000 years, and the cycle will likely continue, Smith said.
Surveys show, for example, that the caldera rose some 7 inches (18 centimeters) between 1976 and 1984 before dropping back about 5.5 inches (14 centimeters) over the next decade.